Guillaume Vives
@vivesgui.bsky.social
📤 453
📥 228
📝 17
Associate Professor @Sorbonne University, Paris. Supramolecular Chemistry, Molecular Machines
Dynamic start of day 2 at
#JCO2025
@scf-dco.bsky.social
with a spectacular lecture of Matthieu Sollogoub
@msollogoub.bsky.social
@ipcm-sorbonne.bsky.social
showing the many shapes of Cyclodextrins.
10 days ago
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Enlightening and inspiring opening lecture from Ben Feringa
@feringalab.bsky.social
at
#JCO2025
@scf-dco.bsky.social
11 days ago
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reposted by
Guillaume Vives
Institut parisien de chimie moléculaire / IPCM
about 1 month ago
➡️IPCM news:
ipcm.fr/en/latest-pu...
📜👍Latest publication by the GOBS team on Unidirectional movement by intramolecular one-way ratcheting of functionalized cyclodextrin Congratulations 👏 to the scientists involved in this work related in Chem
@vivesgui.bsky.social
@msollogoub.bsky.social
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reposted by
Guillaume Vives
Enxu LIU
about 2 months ago
Happy to share this cover finally online in the September issue of chem. Thank you
@vivesgui.bsky.social
and
@msollogoub.bsky.social
for the design and drawing of such nice cover👏👏👏
add a skeleton here at some point
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Our work on the unidirectional motion of a CD is now in the September issue of Chem and on the cover! Many thanks to the whole team and
@cp-chem.bsky.social
for the highlight!
@ipcm-sorbonne.bsky.social
@msollogoub.bsky.social
@enxuliu.bsky.social
www.cell.com/chem/fulltex...
about 2 months ago
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reposted by
Guillaume Vives
Matthieu Sollogoub
4 months ago
Our paper about cyclodextrins moving unidirectionally in
@cp-chem.bsky.social
highlighted by the CNRS (in French)
www.inc.cnrs.fr/fr/cnrsinfo/...
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Vers des moteurs moléculaires unidirectionnels contrôlés chimiquement
Fascinés par le fonctionnement des moteurs biologiques comme la kinésine ou l’ATP-synthase, protéines essentielles à
https://www.inc.cnrs.fr/fr/cnrsinfo/vers-des-moteurs-moleculaires-unidirectionnels-controles-chimiquement
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Just arrived at the GRC Artificial molecular switches and motors. Ready for a week of cutting-edge science and to catch-up with old fiend and make new ones!
#molswitches
5 months ago
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reposted by
Guillaume Vives
Matthieu Sollogoub
5 months ago
More than happy to share this work on the unidirectional movement of a functional cyclodextrin on an axle in Chem
@cp-chem.bsky.social
! Congratulation to
@enxuliu.bsky.social
and all the team!!!
www.sciencedirect.com/science/arti...
@ipcm-sorbonne.bsky.social
@sorbonne-universite.fr
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Not going back: Unidirectional movement by intramolecular one-way ratcheting of functionalized cyclodextrin
The achievement of unidirectional molecular movement is a significant challenge due to competition by Brownian motion. Nature can overcome this proble…
https://www.sciencedirect.com/science/article/pii/S245192942500213X?dgcid=author
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Excited to share our latest work now out in Chem! A functionnalized CD that moves unidirectionally by actively opening the way in only one direction. Huge thanks to
@enxuliu.bsky.social
and the team!
@ipcm-sorbonne.bsky.social
@msollogoub.bsky.social
www.sciencedirect.com/science/arti...
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5 months ago
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What a fantastic week in beautiful Kyoto for
#ISMSC2025
. Looking forward to the next one in Bordeaux!
@ismsc2026.bsky.social
5 months ago
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On my way to Kyoto 🇯🇵 for
#ismsc2025
. Looking forward to meeting old friends and making new ones!
6 months ago
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Great presentation of Nihal
@ipcm-sorbonne.bsky.social
at JCS 2025 in Strasbourg!
@suprascf.bsky.social
6 months ago
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reposted by
Guillaume Vives
Matthieu Sollogoub
6 months ago
@ipcm-sorbonne.bsky.social
at the JCS
@suprascf.bsky.social
in Strasbourg: well done
@ksitthichok.bsky.social
and Nihal!
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reposted by
Guillaume Vives
Matthieu Sollogoub
6 months ago
Congratulations to Ling Peng for the André Collet prize of the
@suprascf.bsky.social
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reposted by
Guillaume Vives
Matthieu Sollogoub
6 months ago
The bureau of
@suprascf.bsky.social
is at work!
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reposted by
Guillaume Vives
Alex Lippert
6 months ago
The 2025 Artificial Molecular Switches & Motors GRC is less then 40 days away, but its not too late to claim your spot! Register now to learn about molecule-sized motors, DNA nanomachines, and photoswitches to cure blindness, store energy, and more.
www.grc.org/artificial-m...
add a skeleton here at some point
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reposted by
Guillaume Vives
Ivan Aprahamian
6 months ago
What are molecular machines? Something I have been thinking about for a while (
pubs.acs.org/doi/10.1021/...
). Now you can help us (
@deanast.bsky.social
@daisypooler.bsky.social
@sgoldup.bsky.social
Pierangelo and Carson), maybe, define for
@iupac.org
Read the article and take the poll 🧪⚗️
#molswitch
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Thank you for the opportunity to meet the other members of
@lucescostaction.bsky.social
in beautiful Zadar!
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6 months ago
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On my way to Cambridge for a viva and seminar tomorrow at the Chemistry Department. Looking forward to great discussion!
7 months ago
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Had an amazing time visiting the Chemistry Department at Wroclaw university and exploring the beautiful city of Wroclaw! Huge thanks to
@szyszkobart.bsky.social
for the kind invitation and warm welcome in 🇵🇱.
8 months ago
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reposted by
Guillaume Vives
Łukasz John | Biomaterials Chemistry Group 🇵🇱🇪🇺
9 months ago
It was nice meeting Professor Guillaume Vives
@vivesgui.bsky.social
from
@sorbonne-universite.fr
Thank you, Guillaume, for visiting our Faculty! 🇫🇷
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reposted by
Guillaume Vives
Institut parisien de chimie moléculaire / IPCM
9 months ago
📕🔎 Actualité scientifique Machines moléculaires : exploiter un mouvement mécanique à l’échelle moléculaire pour obtenir une transition macroscopique réversible entre l’état gel et l’état liquide 🤝@vivesgui.bsky.social
@cnrs-paris.bsky.social
@cnrs.fr
➡️
ipcm.fr/actualite-sc...
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reposted by
Guillaume Vives
Institut parisien de chimie moléculaire / IPCM
9 months ago
📕🔎Scientific news Molecular machines: exploit mechanical motion at the molecular level to achieve a reversible macroscopic transition from the gel to the liquid state 🤝@vivesgui.bsky.social
@cnrs-paris.bsky.social
@cnrs.fr
➡️
ipcm.fr/en/scientifi...
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reposted by
Guillaume Vives
Bartosz Szyszko
9 months ago
We are recruiting!!! One fully funded position for PhD student (48 months) is available under the Preludium BIS NCN grant. The selected candidate will conduct research on the use of iminopyrrole self-assembly for constructing new cages and macrocycles. More information:
bszyszko.pl/contact
.
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reposted by
Guillaume Vives
Matt Fuchter
9 months ago
Who wants to come and work with our group
@oxfordchemistry.bsky.social
on photoswitches and photopharmacology 🙋♀️🙋🏻🙋♂️ Apply for our open
#chempostdoc
position now! Deadline 28th Feb. Reposts appreciated
#Chemsky
my.corehr.com/pls/uoxrecru...
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reposted by
Guillaume Vives
Pablo Msellem
9 months ago
I am very proud to announce that the first article out of my PhD work is out in
#JACS
! 🤩 Take a look :
doi.org/10.1021/jacs...
Thank you to everyone who participated in this beautiful paper 😄
@vivesgui.bsky.social
@ipcm-sorbonne.bsky.social
#ChemSky
#RealTimeChem
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Sequential and Time-Controlled Sol–Gel Transitions by Mechanical Switching of Molecular Tweezers
Controlling the motion of molecular machines to influence higher-order structures is well-established in biological systems but remains a significant challenge for synthetic analogs. Herein, we aim to harness the mechanical switching of switchable molecular tweezers to modulate their self-assembly and produce stimuli-responsive organogels. We report a series of terpy(Pt-salphen)2 molecular tweezers functionalized with alkyl chains that act as low-molecular-weight gelators (LMWGs) in their open conformation. The resulting organogels were thoroughly characterized by SEM, cryo-TEM, SAXS, and rheology. The macroscopic transition from gel to solution was achieved by the cation-induced closing of the tweezers, which triggers their substantial structural reorganization. Reversible sol–gel transitions were achieved through the sequential addition of chemical stimuli or by a decomposable acid in a time-controlled operation. Such transient disassembly process regulated by a chemical fuel enables multiple gelation cycles with minimal waste while maintaining stable rheological properties. These results underscore the potential of switchable molecular tweezers in creating advanced stimuli-responsive materials.
https://doi.org/10.1021/jacs.4c17146
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Excited to share our latest paper now out in
#JACS
! Using switchable molecular tweezers to control self-assembly and achieve reversible sol-gel transitions. Huge thanks to
@msellemp.bsky.social
, Geoffrey, Louise, Nate & Clément!
@ipcm-sorbonne.bsky.social
#ChemSky
pubs.acs.org/doi/10.1021/...
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Sequential and Time-Controlled Sol–Gel Transitions by Mechanical Switching of Molecular Tweezers
Controlling the motion of molecular machines to influence higher-order structures is well-established in biological systems but remains a significant challenge for synthetic analogs. Herein, we aim to harness the mechanical switching of switchable molecular tweezers to modulate their self-assembly and produce stimuli-responsive organogels. We report a series of terpy(Pt-salphen)2 molecular tweezers functionalized with alkyl chains that act as low-molecular-weight gelators (LMWGs) in their open conformation. The resulting organogels were thoroughly characterized by SEM, cryo-TEM, SAXS, and rheology. The macroscopic transition from gel to solution was achieved by the cation-induced closing of the tweezers, which triggers their substantial structural reorganization. Reversible sol–gel transitions were achieved through the sequential addition of chemical stimuli or by a decomposable acid in a time-controlled operation. Such transient disassembly process regulated by a chemical fuel enables multiple gelation cycles with minimal waste while maintaining stable rheological properties. These results underscore the potential of switchable molecular tweezers in creating advanced stimuli-responsive materials.
https://pubs.acs.org/doi/10.1021/jacs.4c17146
9 months ago
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reposted by
Guillaume Vives
Dave Leigh
10 months ago
Peng-Lai,
@stefanborsley.bsky.social
, Martin & our collaborators Alessandro and
@giusepponelab.bsky.social
demonstrate how a catalyst transduces chemical energy to perform mechanical work in
www.nature.com/articles/s41...
in
@nature.com
.
tinyurl.com/jny7nen5
. Animation
@scicommstudios.bsky.social
😀
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reposted by
Guillaume Vives
Steve Goldup
10 months ago
PhD projects available in a range of areas - something for everyone! Join us to do cool chemistry using the mechanical bond in catenanes and rotaxanes for real world applications in the shiny shiny new Molecular Sciences Building
@uobchemistry.bsky.social
😊 Reposts appreciated!
#chemsky
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reposted by
Guillaume Vives
Matthieu Sollogoub
10 months ago
Here is a tentative Supramolecular Chemistry starter kit. Please let me know if you wish to be added !
#ChemSky
go.bsky.app/RjRgi6n
add a skeleton here at some point
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reposted by
Guillaume Vives
Supr@SCF
10 months ago
The French community of supramolecular chemists is very saddened by the passing of Sir Fraser Stoddart, whose legacy is extraordinary. He's pictured here at the Supr@Lyon conference in 2018, an event that led to the creation of the Supr@SCF group. Our condolences to the Familly.
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reposted by
Guillaume Vives
Institut parisien de chimie moléculaire / IPCM
11 months ago
L'Institut Parisien de Chimie Moléculaire rejoint officiellement
#BlueSky
! 🦋 Nous sommes ravis de vous retrouver ici pour partager nos actualités, événements, et bien plus encore. N’hésitez pas à vous abonner pour suivre toutes nos publications !
@sorbonne-universite.fr
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reposted by
Guillaume Vives
Matthieu Sollogoub
11 months ago
Happy Christmas
#chemsky
@sorbonne-universite.fr
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reposted by
Guillaume Vives
Matthieu Sollogoub
11 months ago
My first post on Bluesky to pay tribute to the outstanding students who defended their theses last month on modified cyclodextrins: Clara Testard, Laora Boulo, Jinge Cao, and Hugo Madec. Thank you all for your invaluable contributions to the lab!
#cyclodextrins
#phdlife
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reposted by
Guillaume Vives
Ivan Aprahamian
12 months ago
Here is a starter pack for folks into tiny switches and machines. I am sure I missed many. Please let me know if you should be included and I will add you
go.bsky.app/EwimNbK
add a skeleton here at some point
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